Heat & Glo Freestanding Stove VRT-BZ-N-CE Assembly instructions

1Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
DO NOT DISCARD THIS MANUAL
CAUTION
• Important operating
and maintenance
instructions included.
• Leave this manual with
party responsible for
use and operation.
• Read,understandandfollow
these instructions for safe
installation and operation.
• Do not store or use gasoline or other flam-
mablevaporsandliquidsinthevicinityofthis
or any other gas stove.
• What to do if you smell gas
- Do not try to light any gas stove. Do not
touch any electrical switch. Do not use
any phone in your building.
- Immediately call your gas supplier from a
neighbor’sphone.Followthegas supplier’s
instructions.
- If you cannot reach your gas supplier, call
the fire department.
• Installation and service must be performed
by a qualified installer, service agency, or the
gas supplier.
WARNING: If the information in these
instructions is not followed exactly, a fire
or explosion may result causing property
damage, personal injury, or death.
VRTIKL-CE
FREESTANDING STOVE
Installer’s Guide
Installation and Operation
DO NOT
DISCARD
0063-06
Installation and service of this gas stove should be performed
by qualified personnel.
These instructions are valid for the following countries:
GB, IE
MODEL:
VRT-BZ-N-CE
VRT-GR-N-CE
VRT-GY-N-CE
VRT-BZ-P-CE
VRT-GR-P-CE
VRT-GY-P-CE
VRT-BZ-B-CE
VRT-GR-B-CE
VRT-GY-B-CE
WARNING
This appliance has been supplied with an integral barrier
to prevent direct contact with the fixed glass panel. DO
NOT operate the appliance with the barrier removed.
Contact your dealer if the barrier is not present or help is
needed to properly install one.
HOT SURFACES!
Glassandothersurfacesare hotduring
operation AND cool down.
Hot glass will cause burns.
• DO NOT touch glass until it is cooled
• NEVER allow children to touch glass
• Keep children away
• CAREFULLY SUPERVISE children in same room as
fireplace.
• Alert children and adults to hazards of high temperatures.
High temperatures may ignite clothing or other flammable
materials.
• Keep clothing, furniture, draperies and other flammable
materials away.
Î

2 Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
Read this manual before installing or operating this gas stove.
Please retain this owner's manual for future reference.
Congratulations
Congratulations on selecting a Heat & Glo gas stove - an
elegant and clean alternative to wood burning stoves. The
Heat & Glo gas stove you have selected is designed to
provide the utmost in safety, reliability, and efficiency.
As the owner of a new gas stove, you'll want to read and
carefully follow all of the instructions contained in this
Owner's Manual. Pay special attention to all Cautions and
Warnings.
ThisOwner'sManualshouldberetainedforfuturereference.
We suggest that you keep it with your other important
documents and product manuals.
The information contained in this Owner's Manual, unless
noted otherwise, applies to all models and gas control
systems.
Your newHeat &Glo gas stove will giveyou yearsof durable
use and trouble-free enjoyment. Welcome to the Heat & Glo
family of gas stove products!
SAMPLE OF RATINGS LABEL
LOCATION: IN CONTROLAREA, INSIDE LOWER ACCESS DOOR
Serial No.
Model Name
Test Lab &
Report No.
Manufactured
Date
Heat & Glo, a brand of Hearth & Home Technologies, Inc.
20802 Kensington Boulevard
Lakeville, MN 55044, USA
ww w.heatnglo.com
DO NOT REMOVE OR COVER THIS LABEL.
This appliance must be installed in accordance with the codes enforced, and used only in
ventilated space.Consult instructions before installationand use of this appliance.
0087
MADE
IN USA
Model: -CE
A - Side of appliance top to side wall..............15.2 cm
B - Rear of appliance to back wall ................... 7.6 cm
C - Corner of appliance top to side wall..........12.7 cm
D - Minimum Alcove Height...........................137.2 cm
E - Maximum Alcove Depth ............................91.4 cm
F - Minimum Alcove Width............................. 78.1 cm
G- Top of appliance to alcove ceiling ........... 33.7 cm
H - Mantle Clearance from appliance top .......26.7 cm
Minimum Clearances to Combustibles
Manufactured by:
Gas Type G20 G20 G20 G25
Destination ES, GB, IE, PT, NO DE, LU FRNL
CAT I2H I2E I2E R I2L
Qn 7.6 7.6 7.6 6.2
Pn 20 mbar 20 mbar 20/25 mbar 25 mbar
Pmax 8.7 mbar 8.7 mbar 8.7 mbar 8.7 mbar
Injector #39DMS #39DMS #39DMS #39DMS
Date of Manufacture:
Not for use with solid fuel.
SERIAL NO.
Alcove
A
A
A
A
F
C
D
H
C
G
E
B
ION
SAMPLE

3Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
- TABLE OF CONTENTS -
Section 1: Listing and Code Approvals
A. Gas Stove Certifications...........................4
B. Glass Specifications .................................4
C. Non-Combustible Materials ......................4
D. Combustible Materials..............................4
Section 2: Getting Started
A. Design & Installation Considerations........5
B. Inspect Gas Stove & Components............5
Section 3: Gas Stove Location & Clearances
A. Selecting Gas Stove Location...................6
B. Clearances to Combustibles.....................6
C. Optional Stone Surround Installed............7
Section 4: Termination Locations
A. Flue Termination Clearances....................8
Section 5: Flue Information
A. Flueing Components...............................10
B. Use of Elbows.........................................10
C. Measuring Standards..............................10
D. Flueing Diagrams....................................11
E. Horizontal Termination............................16
F. Slim Line Wall Thimble ..........................17
G. Vertical Termination................................19
H. Vertical Flue Restrictor ...........................21
Section 6: Gas Information
A. Gas Pressure Requirements ..................22
B. Gas Connection......................................22
Section 7: Electrical Information
A. Ignition System Wiring............................23
Section 8: Gas Stove Setup
A. Remove Shipping Materials....................24
B. Unbolting Gas Stove from the Pallet.......24
C. Leveling and Lagging Down the
Gas Stove...............................................24
D. Accessories ............................................25
E. Top to Rear Vent Conversion.................25
F. Installing the Baffle .................................26
G. Positioning the Logs ...............................27
H. Mineral Wool...........................................27
I. Front Door Glass Assembly....................28
J. Inner Glass Door Replacement ..............28
Section 9: Operating Instructions
A. Before Lighting Gas Stove......................29
B. Lighting Gas Stove .................................30
C. After Gas Stove is Lit..............................31
D. Frequently Asked Questions...................31
Section 10: Maintaining & Servicing Gas Stove
A. Maintenance Tasks..........................................33
B. Service and Maintenance Log ......................... 34
Section 11: Troubleshooting............................35
Section 12: Reference Materials
A. Gas Stove Dimension Diagram ..............35
B. Gas Stove Dimension with Stone
Surround Diagram ..................................36
C. Flue Components Diagram.....................37
D. Flue Components List.............................38
E. Service Parts List....................................40
F. Warranty Policy.......................................43
G. Contact Information ................................44
Î= Contains updated information.

4 Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
1Listing and Code Approvals
A. Appliance Certification
B. Glass Specifications
This gas stove is equipped with 5mm ceramic glass behind
the curved glass. Replace glass only with 5mm ceramic
glass. Please contact your dealer for replacement glass.
MODEL VRTIKL-CE
LABORATORY Gastec Certification B.V.
TYPE Gas Stove
STANDARD EN 613:2001
DIRECTIVE CAD90/396/EEC
WARNING
DoNOTuse this gasstove if anypart has beenunder water.
Immediately call a qualified service technician to inspect
the gas stove and to replace any part of the control system
and any gas control which has been under water.
MaterialsthatarereportedaspassingASTME136,Standard
Test Method for Behavior of Materials in a Vertical Tube
Furnace at 750°C, shall be considered non-combustible
materials.
Materialsmadeoforsurfacedwithwood,compressedpaper,
plant fibers, plastics, or other materials that can ignite and
burn, whether flame proofed or not, or whether plastered or
unplastered shall be considered combustible materials.
C. Non-Combustible Materials
D. Combustible Materials
These instructions are only valid if the following country
symbol is on the gas stove. If this symbol is not present
on the gas stove, it is necessary to refer to the technical
instructionswhichwillprovidethenecessaryinformation
concerning the modification of the gas stove to the
conditions of use for the country.

5Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
2Getting Started
Check building codes prior to installation.
• Installation MUST comply with local, regional, state
and national codes and regulations.
• Consultlocal building,fireofficialsorauthoritieshaving
jurisdiction about restrictions, installation inspection,
and permits.
CAUTION
A . Design & Installation Considerations
B. Inspect Appliance & Components
Heat & Glo direct flue gas stoves are designed to operate
with all combustion air siphoned from outside of the building
and all exhaust gases expelled to the outside. No additional
air source is required.
When planning an installation, it is necessary to determine
the following information before installing.
• Installation and use of any damaged gas stove or flue
system component.
• Modification of the gas stove or flue system.
• Installation other than as instructed by Hearth & Home
Technologies.
• Improper positioning of the gas logs or the glass door.
• Installation and/or use of any component part not
approved by Hearth & Home Technologies.
Any such action may cause a fire hazard.
WARNING
Hearth & Home Technologies disclaims any
responsibility for, and the warranty will be
voided by, the following actions:
Inspect gas stove and components for
damage. Damaged parts may impair safe
operation.
WARNING
• Do NOT install damaged components.
• Do NOT install incomplete components.
• Do NOT install substitute components.
Report damaged parts to dealer.
• Carefully remove the gas stove and components from
the packaging.
• Remove door and set aside on protective surface.
• Remove log set and component pack from firebox.
• Report to your dealer any parts damaged in shipment,
particularly the condition of the glass.
• Read all of the instructions before starting the instal-
lation. Follow these instructions carefully during the
installation to ensure safety and benefit.
• Where the gas stove is to be installed.
• The flue system configuration to be used.
• Gas supply piping.
• Electrical wiring.

6 Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
3Appliance Location and Clearances
A. Selecting Appliance Location
NOTE:
· Illustrations reflect typical installations and are FOR
DESIGN PURPOSES ONLY.
·Illustrations/diagrams are not drawn to scale.
·Actual installation may vary due to individual design
preference.
When selecting a location for your gas stove it is important
to consider the required clearances to walls (see Figure
3.1).
Figure 3.1
B. Clearances to Combustibles
Alcove
E
F
B
I
G
D
H
AA
AB C DEFGH I
Centimeters 15.2 25.7 30.8 137.2 91.4 78.1 33.7 33.7 39.4
“A” measurement is from gas stove top, not side.
WARNING
Fire Risk
Provide adequate clearance:
• Around air openings
• To combustibles
• For service access
Locate gas stove away from traffic areas.
NOTE: For actual gas stove dimensions refer to Sec-
tion 12.
A

7Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
Fire Risk.
Odor Risk.
Tipping Risk
• Install gas stove on a stable, level platform/
floor strong enough to support gas stove
without tipping.
• USE wood flooring, ceramic tile, brick hearth
or high pressure laminate flooring applied
directly over the sub-flooring material.
WARNING
C. Optional Stone Surround Installed
D
C
AA
B
Figure 3.1
ABC D
Centimeters 8.3 10.2 78.1 91.4

8 Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
4Termination Locations
A. Flue Termination Minimum Clearances
Figure 4.2 Multiple Vertical Termination
Figure 4.1 Termination Clearances
Figure 4.3 specifies minimum flue heights for various
pitched roofs.
Figure 4.3 Minimum Height from Roof to Lowest Discharge
Opening
Measure vertical clearances from this surface.
Measure horizontal clearances from this surface.
(See Figure 4.4 for specific clearances.)
Fire Risk.
Explosion Risk.
Maintain flue clearance to combustibles
as specified.
WARNING
• Do not pack air space with insulation or
other materials.
Failure to keep insulation or other materials
away from flue pipe may cause fire.
H (MIN.) - MINIMUM HEIGHT FROM ROOF
TO LOWEST DISCHARGE OPENING
Roof Pitch H (Min.) M
Flat to 6/12..............................................................30*
Over 6/12 to 7/12....................................................38*
Over 7/12 to 8/12....................................................46*
Over 8/12 to 9/12....................................................61*
Over 9/12 to 10/12..................................................76
Over 10/12 to 11/12................................................99
Over 11/12 to 12/12.............................................1.22
Over 12/12 to 14/12.............................................1.52
Over 14/12 to 16/12.............................................1.83
Over 16/12 to 18/12.............................................2.13
Over 18/12 to 20/12.............................................2.29
Over 20/12 to 21/12.............................................2.44
*.91M minimum in snow regions
Gas Termination Wood & Fuel Oil Termination
A15 cm 51 cm
61cm
(MINIMUM) TO
PERPENDICULAR
WALL
(GAS ONLY)
GAS
TERMINATION
GAS, WOOD OR FUEL
OIL TERMINATION

9Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
V= VENT TERMINAL X= AIR SUPPLY INLET = AREA WHERE TERMINAL IS NOT PERMITTED
Figure 4.4 Minimum Clearances for Termination
A = 31 cm ....................clearancesabovegrade,veranda,
porch, deck or balcony
B = 31 cm ....................clearances to window or door
thatmaybeopened, or to perma-
nently closed window. (Glass)
D* = 31 cm ....................vertical clearance to unventilated
soffitor to ventilated soffit located
above the terminal
76 cm.....................for vinyl clad soffits and below
electrical service
F = 23 cm ...................clearance to outside corner
G = 15 cm ....................clearance to inside corner
H = 91 cm ....................not to be installed above a gas
meter/regulatorassemblywithin90
cmhorizontallyfromthecenter-line
of the regulator
I = 1.8 M.....................clearanceto gasserviceregulator
vent outlet
J = 31 cm......................clearance to non-mechanical
air supply inlet to building or the
combustion air inlet to any other
gas stove
K = 1.8 M.......................clearance to a mechanical
(powered) air supply inlet
L** = 2.1 M.......................clearance above paved
sidewalk or a paved driveway
located on public property
M*** = 46 cm......................clearance under veranda, porch,
deck, balcony or overhang
1.1 M ......................vinyl
** aflue shall not terminate directlyaboveasidewalk or paved driveway
whichislocated between two single familydwellingsand serves both
dwellings.
*** only permitted if veranda, porch, deck or balcony is fully open on a
minimum of 2 sides beneath the floor, or meets Note 2.
NOTE 1: On private property where termination is less than 7 feet above
a sidewalk, driveway, deck, porch, veranda or balcony, use of a listed cap
shield is suggested. (See flue components page)
NOTE 2: Termination in an alcove space (spaces open only on one side
andwithanoverhang)are permitted with the dimensions specified for vinyl
or non-vinyl siding and soffits. 1. There must be 2.7M minimum between
termination caps. 2. All mechanical air intakes within 3M of a termination
cap must be a minimum of 2.7M below the termination cap. 3. All gravity
air intakes within 2.7M of a termination cap must be a minimum of .31M
foot below the termination cap.
(See Note 1)
(See Note 1)
(See Note 2)
NOTE 3: Local codes or regulations may require different
clearances.
NOTE 4: Termination caps may be hot. Consider their proximity to
doors or other traffic areas.
NOTE 5: Location of the flue termination must not interfere with
access to the electrical service.
Heat&Glo assumes no responsibility for theimproperperformance
of the gas stove when the flueing system does not meet these
requirements.
QMIN = # termination caps x 3 RMAX = (2 / # termination caps) x QACTUAL
Alcove Applications
S = 15 cm.......................clearancefrom sidesof elec-
trical service
T = 31 cm........................clearance above electrical
service
(See Note 5)
(See Note 5)
See Notes 3 & 4
Electrical
Service
V
S
VS
V
T
D*
V
MN
P
R
Q
QMIN RMAX
1 cap .91 M 2 x Q ACTUAL
2 caps 1.8 M 1 x Q ACTUAL
3 caps 2.7 M 2/3 x Q ACTUAL
4 caps 3.7 M 1/2 x Q ACTUAL
N = 15 cm .....................non-vinyl sidewalls
31 cm .....................vinyl sidewalls
P = 2.4 M

10 Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
5Flue Information
A. Flue Components B. Use of Elbows
These models are approved to use Simpson Dura-Vent or
Hearth & Home Technologies series pipes, components and
termination.Approved components are labeled for identifica-
tion. This pipe is tested and listed as an approved compo-
nent of the stove.
DO NOT USE FIELD-FABRICATED FLUE COMPONENTS.
Refer to the flue manufacturer’s instructions.
This product is approved to be flued either horizontally,
through the side wall or vertically through the roof. You may
flue through a Class A or masonry chimney if an approved
adapter is used.
This gas stove is a balanced flue gas stove. All combus-
tion air must come directly from the outside of the building.
The flue pipe for this unit consists of an inner and an outer
pipe. The inner pipe carries the gas stove exhaust out of the
system, and the outer pipe brings fresh combustion air into
the gas stove.
Fire Hazard.
Explosion Risk.
Asphyxiation Risk.
Do NOT connect this gas gas stove to a chimney
flue serving a separate solid-fuel or gas burning
gas stove.
• Flue this gas stove directly outside.
• Use separate flue system for this gas stove.
May impair safe operation of this gas stove or
other gas stoves connected to the flue.
WARNING
Diagonal runs have both vertical and horizontal flue aspects
when calculating the effects. Use the rise for the vertical
aspect and the run for the horizontal aspect. (See Figure
5.1.)
Two 45° elbows may be used in place of one 90° elbow. On
45° runs, one foot of diagonal is equal to 21.6 cm horizon-
tal run and 21.6 cm vertical run. A length of straight pipe is
allowed between two elbows. (See Figure 5.1.)
Vertical
Horizontal
30.5 cm
21.6 cm
21.6 cm
Vertical and horizontal measurements were made using the
following standards.
C. Measuring Standards
CAUTION
ALL flue configuration specifications MUST be followed.
• This product is tested and listed to these
specifications.
• Appliance performance will suffer if specifications are
not followed.
Figure 5.1
• Pipe measurements are from center line to center line.
• Horizontal terminations are measured to the outside of
the mounting surface (flange of termination cap). See
Figure 4.1 on page 8.
• Horizontal pipe should be installed level with no rise.
•A round support box/wall thimble or heat shield is
required when the flueing passes through a combus-
tible wall.
•A support box or ceiling firestop is required when the
flueing passes through a combustible ceiling.
• Roof flashing and a storm collar are required when flue-
ing passes through the roof.
•Follow instructions provided with the flueing for installa-
tion of these items.

11Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
Figure 5.2
Figure 5.3
V
H
D. Flueing Diagrams
STRAIGHT UP
VERTICAL FLUE
V
11.8M Maximum
STRAIGHT OUT
HORIZONTAL FLUE
H
61cm Maximum
For Natural, Propane and Butane Gases.
For Natural, Propane and Butane Gases.
Note: For this type of installation, the vertical
flue restrictor must be added. See section H
for instructions.

12 Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
Figure 5.4
Figure 5.5
V
H
H
V
Natural Gas • One 900Elbow System
V Minimum H Maximum
46 cm 1.3 M
92 cm 2.7 M
1.4 M 4.1 M
1.8 M 5.0 M
V+H = Max 11.6 M H Max = 5.0 M
Propane • One 900Elbow System
V Minimum H Maximum
46 cm 92 cm
92 cm 1.8 M
1.4 M 2.8 M
1.8 M 3.6 M
V+H = Max 11.6 M H Max = 3.6 M
Butane • One 900Elbow System
V Minimum H Maximum
46 cm 46 cm
92 cm 92 cm
1.4 M 1.4 M
1.8 M 1.8 M
V+H = Max 10 M H Max = 1.8 M
Natural Gas • One 900Elbow System
V Minimum H Maximum
46 cm 1.3 M
92 cm 2.7 M
1.4 M 4.1M
1.8 M 5.0 M
V+H = Max 11 M H Max = 5.0 M
Propane • One 900Elbow System
V Minimum H Maximum
46 cm 92 cm
92 cm 1.8 M
1.4 M 2.8 M
1.8 M 3.6 M
V+H = Max 11 M H Max = 3.6 M
Butane • One 900Elbow System
V Minimum H Maximum
1.22 M 92 cm
1.4 M 1.4 M
1.8 M 1.8 M
V+H = Max 10 M H Max = 1.8 M

13Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
Figure 5.6
Figure 5.7
V
H2 H1
H2
V
H1
Natural Gas • Two 900Elbows System
V Min. H1 Max. H1 + H2 Max.
46 cm 55 cm 1.1 M
92 cm 1.1 M 2.3 M
1.4 M 1.7 M 3.5 M
1.8 M 2.2 M 4.5 M
V+H1+H2 = Max 10M H1 Max = 2.2M H1+H2 = Max 4.5M
Propane • Two 900Elbows System
V Min. H1 Max. H1 + H2 Max.
46 cm 39 cm 69 cm
92 cm 75 cm 1.3 M
1.4 M 1.1 M 2.1 M
1.8 M 1.5 M 2.7 M
V+H1+H2 = Max 10M H1 Max = 1.5M H1+H2 = Max 2.7M
Butane • Two 900Elbows System
V Min. H1 Max. H1 + H2 Max.
1.22 M 48 cm 61 cm
1.4 M .5 M .7 M
1.8 M .7 M .9 M
V+H1+H2 = Max 10M H1 Max = .7 H1+H2 = Max .9M
Natural Gas • Two 900Elbows System
V Min. H1 Max. H1 + H2 Max.
46 cm 55 cm 1.1 M
92 cm 1.1 M 2.2 M
1.4 M 1.7 M 3.5 M
1.8 M 2.2 M 4.5 M
V+H1+H2 = Max 11.0M H1 Max = 2.2M H1+H2 = Max 4.5M
Propane • Two 900Elbows System
V Min. H1 Max. H1 + H2 Max.
46 cm 39 cm 69 cm
92 cm 75 cm 1.3 M
1.4 M 1.1 M 2.1 M
1.8 M 1.5 M 2.7 M
V+H1+H2 = Max 10.6M H1 Max = 1.5M H1+H2 = Max 2.7M
Butane • Two 900Elbows System
V Min. H1 Max. H1 + H2 Max.
1.22 M 48 cm 61 cm
1.4 M .5 M .7 M
1.8 M .7 M .9 M
V+H1+H2 = Max 10M H1 Max = .7M H1+H2 = Max .9M

14 Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
Figure 5.8
H2
H1
V
V
2
HV1
Figure 5.9
Natural Gas • Two 900Elbows System
V1 Min. H Max.
31 cm 93 cm
61 cm 1.8 M
91 cm 2.7 M
1.2 M 3.6 M
1.5 M 4.5 M
V1+V2+H = Max 11.4M H Max = 4.5M
Propane • Two 900Elbows System
V1 Min. H Max.
31 cm 62 cm
61 cm 1.2 M
91 cm 1.8 M
1.2 M 2.4 M
1.5 M 3.0 M
V1+V2+H = Max 11.4M H Max = 3.0M
Butane • Two 900Elbows System
V1 Min. H Max.
31 cm 31 cm
61 cm 61 cm
92 cm 92 cm
1.2 M 1.2 M
1.5 M 1.5 M
V1+V2+H = Max 10 M H Max = 1.0 M
Natural Gas • Two 900Elbows System
V Min. H1+H2 Max.
61 cm 1.6 M
91 cm 2.4 M
1.2 M 3.2 M
1.5 M 4.0 M
V+H1+H2 = Max 11.4M H1+H2 = Max 4.0M
Propane • Two 900Elbows System
V Min. H1+H2 Max.
61 cm 1.0 M
91 cm 1.5 M
1.2 M 2.0 M
1.5 M 2.6 M
V+H1+H2 = Max 11.4M H1+H2 = Max 2.6M
Butane • Two 900Elbows System
V1 Min. H1+H2 Max.
61 cm 42 cm
92 cm 64 cm
1.2 M .8 M
1.5 M 1.0 M
V+H1+H2 = Max 10 M H1+H2 = Max 1.5 M

15Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
Figure 5.10
Figure 5.11
V
2
H2 H1 V1
V2
H2 V1
H1
Natural Gas • Three 900Elbows System
V1 Min. H1 Max. H1 + H2 Max.
46 cm 55 cm 1.0 M
92 cm 1.1 M 2.0 M
1.4 M 1.7 M 3.0 M
1.8 M 2.2 M 3.9 M
V1+V2+H1+H2=Max 11M H1 Max=2.2M H1+H2=Max 3.9M
Propane • Three 900Elbows System
V1 Min. H1 Max. H1 + H2 Max.
46 cm 34 cm 55 cm
92 cm 65 cm 1.1 M
1.4 M 1.0 M 1.6 M
1.8 M 1.8 M 2.1 M
V1+V2+H1+H2=Max 10M H1 Max=1.8M H1+H2=Max 2.1M
Butane • Three 900Elbows System
V1 Min. H1 Max. H1 + H2 Max.
64 cm 16 cm 32 cm
92 cm 23 cm 36 cm
1.4 M 35 cm .7 M
1.8 M 45 cm .9 M
V1+V2+H1+H2=Max 10M H1 Max=45 cm H1+H2=Max .9M
Natural Gas • Three 900Elbows System
V1 Min. H1 Max. H1 + H2 Max.
46 cm 55 cm 1.1 M
92 cm 1.1 M 2.3 M
1.4 M 1.7 M 3.5 M
1.8 M 2.2 M 4.5 M
V1+V2+H1+H2=Max11M H1 Max=2.2M H1+H2=Max 4.5M
Propane • Three 900Elbows System
V1 Min. H1 Max. H1 + H2 Max.
46 cm 34 cm 69 cm
92 cm 65 cm 1.3 M
1.4 M 1.0 M 2.1 M
1.8 M 1.8 M 2.7 M
V1+V2+H1+H2=Max 11M H1 Max=1.8M H1+H2=Max 2.7M
Butane • Three 900Elbows System
V1 Min. H1 Max. H1 + H2 Max.
46 cm 14 cm 32 cm
92 cm 23 cm 64 cm
1.4 M 35 cm .8 M
1.8 M 45 cm 1.0 M
V1+V2+H1+H2=Max 10M H1 Max=45cm H1+H2=Max 1.0M

16 Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
90 DEGREE
ELBOW
PIPE LENGTH
PIPE LENGTH
WALL THIMBLE
COVER
WALL THIMBLE TERMINATION CAP
Step 1.
Determine the desired location of the gas stove. Check to
ensure that wall studs or roof rafters are not in the way when
the flue system is being planned. If this is the case, you may
want to adjust the location of the gas stove.
E. Horizontal Termination
Step 3.
For installations using a round support box/wall thimble
(check pipe manufacturer's instructions), mark the wall for
a 25.4 cm x 25.4 cm square hole. The center of the square
hole should line up with the center line of the horizontal
pipe, as shown in Figure 5.12. Cut and frame the hole in
the exterior wall where the flue will be terminated. If the wall
being penetrated is constructed of noncombustible material,
i.e. masonry block or concrete, a 17.8 cm diameter hole is
acceptable.
C
ENTER
LINE
CENTER LINE
6 in.
4 in.
Step 2.
Balanced flue pipe is designed with a locking connection. To
connect the flue system to the gas stove flue outlet, a twist-
lock adapter is built into the gas stove at the factory. Wall
thickness may vary. Remember to include wall thickness in
minimum clearances when figuring flueing lengths for your
installation needs.
Female Locking Lugs
Male Locking Lugs
Fire Risk.
Explosion Risk.
Combustion Fume Risk.
Use flue run supports per installation instructions.
Connect flue sections per installation instructions.
• Maintain all clearances to combustibles.
• Do NOT allow flue to sag below connection
point to gas stove.
WARNING
Improper support may allow flue to sag or separate.
Fire Hazard.
Exhaust Fume Risk.
Impaired Performance of Appliance.
WARNING
• Ensure flue components are locked together correctly.
• Pipe may separate if not properly joined. Step 4.
Position the horizontal termination cap in the center of the
25.4cm x 25.4cm square hole and run a bead of non-harden-
ing mastic around its outside edges, to make a seal between
it and the wall. Attach termination cap to the exterior wall
with the four wood screws provided. The arrow on the flue
cap should be pointing up.
Note: Female ends of balanced flue pipe/elbows are
designed to slide straight onto the male ends of adjacent
pipes by orienting the pipe indentations so they match and
slide into the entry slots on the male ends, see Figure 5.13.
Push the pipe sections completely together, then twist-lock
one section clockwise approximately one-quarter turn, until
the two sections are fully locked. The female locking lugs
may not be visible from the outside. They may be located by
examining the inside of the female ends.
Figure 5.13
Figure 5.12

17Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
BEFORE YOU BEGIN:
Review the flueing configurations in Figures A, B and Con
the next page.
F. Slim Line Wall Thimble
1. Assembling Slim Line Trim Ring and Heat Shield
2. Installing Slim Line Trim Ring and Heat Shield
Figure 5.14
Lay the trim ring on flat surface and bend up the six welded
brackets into a 90 degree position. The brackets along the
outer edge of the ring are for locating the ring in the center
of the hole.
Figure 5.15
The heat shield is shipped flat and must be hand bent into a
half circle before attaching it to the trim ring. Bend the heat
shield as shown.
Figure 5.16
Attach the heat shield to the trim ring with the four screws
provided. Screws go through the heat shield and into the
brackets on the trim ring.
Figure 5.17
When installing the trim ring/heat shield assembly make
sure the trim ring is centered in the hole and that the shield
is above the pipe. There must be a minimum of 2 cm mini-
mum clearance maintained to combustibles from the top of
the heat shield.
Measure from the floor to the center of the flue pipe. Cut
out a 25.4 cm hole in the wall. Hold the trim ring/heat shield
assembly in place and put a mark on the shield with a black
marker where it protrudes through the exterior wall. Figure
Aon the next page.
Use that mark as a guide to trim off excess heat shield with
a pair of sheet metal shears.
Ensure that framing on the inside of the wall is a minimum
inner framing diameter of 25.4 cm x 25.4 cm.
The four trim ring mounting screws provided should be
replaced with appropriate fasteners for stucco, brick, con-
crete, or other types of sidings.
CAUTION
Sharp Edges
• Wear protective gloves
and safety glasses during
installation.

18 Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
FIG. A 90 DEGREE ELBOW
FIG. B MINIMUM CLEARANCE
C
ENTER LINE
TRIM RING
HEAT SHIELD OVER
TOP HALF OF PIPE
INTERIOR WALL
51mm clearance
from rear of stove WALL THIMBLE
MINIMUM OF 152 mm
OF PIPE THROUGH THE WALL
PIPE LENGTH
PIPE
LENGTH TRIM
RING
90 ELBOW
O
Place mark where protrudes through
exterior wall to cut off excess.
USE HEAT SHIELD / WALL THIMBLE
CENTER
LINE
Figure 5.18

19Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
FLASHING
SUPPORT
BOX
STORM COLLAR
VERTICAL
TERMINATION CAP
PIPE LENGTH
FIRESTOP
11.8M
MAXIMUM
On vertical terminations use only Part #SLK-991DA
Figure 5.20
Step 1.
Check the installation instructions for required 2.5 cm clear-
ances (air space) to combustibles when passing through
ceilings, walls, roofs, enclosures, attic rafters, or other
nearby combustible surfaces. (See Figure 5.14). Check the
instructions for maximum vertical rise of the flueing system,
and any maximum horizontal offset limitations. All offsets
must fall within the set parameters of the flue charts (Figure
5.2) located on pages 11-15.
NOTE: Maximum vertical rise allowable is 11.8 M, Figure
5.2.
CONNECTED TO
WALL STRAP
WALL
STRAP
TWO 45 DEGREE
ELBOWS
METAL STRAP
Step 2.
Set the gas gas stove in its desired location. Drop a plumb
bob down from the ceiling to the position of the gas stove
flue exit, and mark the location where the flue will penetrate
the ceiling. Drill a small hole at this point. Next, drop a plumb
bob from the roof to the hole previously drilled in the ceiling,
and mark the spot where the flue will penetrate the roof.
Determine if ceiling joists, roof rafters, or other framing will
obstruct the flueing system. You may wish to relocate the
gas stove, or to offset, as shown in Figure 5.21 to avoid
cutting load bearing members.
G. Vertical Termination
1. Balance Flue Pipe
Figure 5.21
Fire Risk.
Explosion Risk.
Maintain flue clearance to combustibles as speci-
fied.
WARNING
• Do not pack air space with insulation or other
materials.
Failure to keep insulation or other materials away
from flue pipe may cause fire.
Figure 5.19

20 Heat & Glo • VRTIKL-CE • 7031-292 Rev E • 12/07
Step 4.
Assemble the desired lengths of pipe and elbows necessary
to reach from the gas stove up through the round support
box. Ensure that all pipe and elbow connections are in their
fully twist-locked position. Assemble as instructed.
Step 5.
Cuta holein theroof centered onthe smalldrill holeplaced in
theroofinStep2.Theholeshouldbeofsufficientsizetomeet
the minimum requirements for clearance to combustibles, as
specified. Continue to assemble lengths of pipe and elbows
necessary to reach from the ceiling support box/wall thimble
up through the roof line. Galvanized pipe and elbows may
be utilized in the attic, as well as above the roofline. The
galvanized finish is desirable above the roofline, due to its
higher corrosion resistance (compared to black pipe).
NOTE:
(1) If an offset is necessary in the attic to avoid obstructions,
it is important to support the flue pipe every 91.4cm to
avoid excessive stress on the elbows, and possible
separation. Wall straps are available for this purpose,
Figure 5.10, page 15.
(2) Whenever possible, use 45° elbows, instead of 90°
elbows. The 45° elbow offers less restriction to the flow
of flue gases and intake air.
Step 3.
To install the round support box/wall thimble cover in a flat
ceiling, cut a 25.4cm square hole in the ceiling, centered
on the hole drilled in Step 2. Frame the hole as shown in
Figure 5.22.
ROUND CEILING
SUPPORT BOX/WALL
THIMBLE COVER
4 cm LONG
WOOD SCREWS
CEILING JOISTS
FRAMING
Figure 5.22
Step 6.
Slip the flashing over the pipe section(s) protruding through
the roof. Secure the base of the flashing to the roof with
roofing nails. Ensure the roofing material overlaps the top
edge of the flashing as shown in Figure 5.23. Verify that the
chimney is the required height above the roof. See roof pitch
table, Figure 4.3.
Step 7.
Continue to assemble pipe sections until the height of the
flue (before adding the termination cap) meets the minimum
local code requirements. Note that for steep roof pitches, the
flue height must be increased. See Roof Pitch Table (Figure
4.3).Inhighwindconditions,nearbytreesadjoiningrooflines,
steep pitched roofs, and other similar factors can result in
poor draft, or down drafting. In these cases increasing the
flue height or switching to the high wind termination cap may
solve this problem.
SHINGLES OVERLAP ON
TOP EDGE OF FLASHING
CAP AND STORM COLLAR NOT SHOWN FOR CLARITY
Figure 5.23
Step 8.
Slip the storm collar over the pipe, and push it down to the
top of the flashing (Figure 5.24). Use non-hardening sealant
above and below the joint between the storm collar and the
pipe.
SECURE FLASHING WITH
NON-HARDENING SEALANT
AND ROOFING NAILS
Figure 5.24